Presto 96 Well Plant Genomic DNA Extraction Kit

Description

Introduction

The Presto 96 Well Plant Genomic DNA Extraction Kit provides a powerful solution for laboratories demanding high-throughput DNA isolation from various plant species. This comprehensive kit combines speed and precision to ensure you recover high-yield genomic DNA suitable for sensitive downstream applications.

Key Features

– Optimized for high-throughput processing using 96 well plates.

– Compatible with a wide variety of plant species and tissue types.

– High-quality silica-membrane technology ensures superior DNA purity.

– Efficient removal of polyphenols and polysaccharides.

– Consistent performance across all 96 wells for reproducible data.

– Complete kit includes all necessary buffers and collection plates.

Benefits

This kit is engineered to remove the common bottlenecks associated with plant DNA extraction. By utilizing a standardized 96-well format, you can process large numbers of samples simultaneously, drastically reducing the hands-on time required for lab technicians. The advanced buffer chemistry is specifically formulated to handle challenging plant metabolites, ensuring your final DNA extract is free from inhibitors that could otherwise interfere with PCR or sequencing reactions. This translates to fewer failed experiments and more reliable research outcomes.

Usage / How to Use

This kit is intended for professional use in molecular biology laboratories. Users should follow the included protocol, starting with tissue homogenization using mechanical disruption or liquid nitrogen. The lysate is then transferred to the 96-well binding plate. Through a series of vacuum-assisted or centrifugal steps involving binding, washing, and elution, high-purity DNA is collected into a final storage plate. It is ideal for large-scale genotyping, marker-assisted breeding, and functional genomics projects.

Why Choose This Product

– Unmatched reliability: Each lot is rigorously tested to ensure consistent quality.

– Time-saving: High-throughput capacity allows for faster data generation.

– Cost-effective: Optimized reagents provide maximum yield from minimum tissue input.

– Expert support: Backed by professional technical resources for your research needs.